Hi people, What's up! I'm studing quantum physics.
My Proposal: I would like to study elementary particles and quantum mechanics for this class. I wish to do this subject because it's a very interesting subject that I don't know a lot about. My product idea is to do a sort of "poster" with a bunch of models I will explain.
Hey, if anyone finds any info on elementary particles and/or quantum mechanics, let me know - even if It's just a place to look. thanks
[[http://sol.sci.uop.edu/~jfalward/elementaryparticles/elementaryparticles.html</span|http://sol.sci.uop.edu/~jfalward/elementaryparticles/elementaryparticles.html]] -when two protons collide, part of the energy makes a partical called a pion, which decays into two gamma photons in 0.8times 10 to the 16ths
-when a gamma-ray photon disapeares, it can be replaced by an electron and a positron, the electrons antipartical - has the same mass but opposite charge
-the neutrino is another elementary particle that is suspected to have no charge and almost no mass, and can pass through anything
-durring beta emission, electron particles don't always have the same kinetic energy because of the antineutrino
-when electrons and positrons come together, they destroy each other and are replaced by pure energy in the form of gamma photons moving in opposite directions
- leptons - muon(-), electron, neutrino - nothing inside
-hadrons - proton, nutron, pion(+)(also called pi-meson) - have quarks inside
-quarks are in 6 types: up, down, strange, charmed, top, and bottom - all quarks have an antiquark with the opposite charge
-up, charmed, and top have (+) 2/ 3rds charge
-down, strange, and bottom have (-) 1/3rd charge
-pion - 2 quarks
-proton and nutron 3 quarks
-quarks divided into three color charges - blue, red, green - ea. have anti
- like colors repel - unlike attract - anti bonds stronger
-particles must have color quarks = white
-color charge = strong force
-strong force caused by emmision and absorbtion of gluons rugth30.phys.rug.nl/quantummechanics/ note: the link above doesn't work, but i can still site the source - i can also find my way to much more info from here - i will explain how in work's sited note: the above note is now unnessicary
quantum particles form gaussian packets
t( sort of like a cone) widens, but remains gaussian
- equation for gaussian packet
-narrow packets spread faster than wide
-when quantum particles hit a wall with perfectly reflecting sides, it ripples the force through the wave packet
Y ( x , y , 0 ) = f ( x , 0) j ( y , 0 ) represent this effect
antum particles can be reflected in a quadratic function
(sx , sy) = (l , l) (sx , sy) = (l , 2l) (sx , sy) = (l , 3l) equation for occilation (quantum function)
- when falling down a slope, quantum particles spread into multiple particles when hitting a wall
- when they spins, quantum particles elongate
-when spining and they hit a wall, they skipp and spread
- when get near corner, hard to recognise where it cutts off above(i don't know why)it's supposed to say as time goes on, either forward of back, the gaussian packet...
My Proposal:
I would like to study elementary particles and quantum mechanics for this class. I wish to do this subject because it's a very interesting subject that I don't know a lot about. My product idea is to do a sort of "poster" with a bunch of models I will explain.
Hey, if anyone finds any info on elementary particles and/or quantum mechanics, let me know - even if It's just a place to look. thanks
[[http://sol.sci.uop.edu/~jfalward/elementaryparticles/elementaryparticles.html</span|http://sol.sci.uop.edu/~jfalward/elementaryparticles/elementaryparticles.html]]
-when two protons collide, part of the energy makes a partical called a pion, which decays into two gamma photons in 0.8times 10 to the 16ths
-when a gamma-ray photon disapeares, it can be replaced by an electron and a positron, the electrons antipartical - has the same mass but opposite charge
-the neutrino is another elementary particle that is suspected to have no charge and almost no mass, and can pass through anything
-durring beta emission, electron particles don't always have the same kinetic energy because of the antineutrino
-when electrons and positrons come together, they destroy each other and are replaced by pure energy in the form of gamma photons moving in opposite directions
- leptons - muon(-), electron, neutrino - nothing inside
-hadrons - proton, nutron, pion(+)(also called pi-meson) - have quarks inside
-quarks are in 6 types: up, down, strange, charmed, top, and bottom - all quarks have an antiquark with the opposite charge
-up, charmed, and top have (+) 2/ 3rds charge
-down, strange, and bottom have (-) 1/3rd charge
-pion - 2 quarks
-proton and nutron 3 quarks
-quarks divided into three color charges - blue, red, green - ea. have anti
- like colors repel - unlike attract - anti bonds stronger
-particles must have color quarks = white
-color charge = strong force
-strong force caused by emmision and absorbtion of gluons
rugth30.phys.rug.nl/quantummechanics/ note: the link above doesn't work, but i can still site the source - i can also find my way to much more info from here - i will explain how in work's sited
note: the above note is now unnessicary
quantum particles form gaussian packets
t( sort of like a cone) widens, but remains gaussian
-
-narrow packets spread faster than wide
-when quantum particles hit a wall with perfectly reflecting sides, it ripples the force through the wave packet
Y ( x , y , 0 ) = f ( x , 0) j ( y , 0 ) represent this effect
antum particles can be reflected in a quadratic function
(sx , sy) = (l , l) (sx , sy) = (l , 2l) (sx , sy) = (l , 3l) equation for occilation (quantum function)
- when falling down a slope, quantum particles spread into multiple particles when hitting a wall
- when they spins, quantum particles elongate
-when spining and they hit a wall, they skipp and spread
- when get near corner, hard to recognise
where it cutts off above(i don't know why)it's supposed to say as time goes on, either forward of back, the gaussian packet...